CN219807094U

CN219807094U - Inflatable beverage bottle

Info

Publication number: CN219807094U
Application number: CN202320656144.7U
Authority: CN
Inventors: 邓芳文
Original assignee: Hunan Tiantianmiyin Ecological Technology Co ltd
Current assignee: Hunan Tiantianmiyin Ecological Technology Co ltd
Priority date: 2023-03-29
Filing date: 2023-03-29
Publication date: 2023-10-10
Anticipated expiration: 2033-03-29

Abstract

The utility model provides an inflatable beverage bottle, including the lid, storage spare and bottle, the lid sets up in storage spare top through swing joint's mode, storage spare sets up in bottle top through swing joint's mode, its characterized in that, the lid comprises bottle lid, puncture portion and stopper, puncture portion fixed connection is in the bottle lid below, storage spare below is equipped with the seal structure who is used for sealed condiment and gaseous, puncture portion is used for puncturing seal structure, the top surface of bottle lid is equipped with the through-hole, the stopper of gas sets up in the through-hole of bottle lid top surface, the stopper of gas is used for preventing inside gaseous outflow. The purpose of design like this is that gas can get into the storage spare inside through the through-hole, and when the puncture portion punctures seal structure, gas can spray into the bottle to with seal structure dash out, and can drive condiment powder together dash into the bottle, make condiment powder can fall into the bottle entirely, only need slightly rock after the user punctures seal structure, can drink.

Description

Inflatable beverage bottle

Technical Field

The present utility model relates to beverage bottles, and in particular to inflatable beverage bottles.

Background

In order to facilitate beverage storage, a modern manufacturer can adopt a separated beverage bottle, namely, the separated beverage bottle is used for storing water and seasoning powder separately, so that the storage is helpful for prolonging the shelf life, and a preservative is not needed, and when the beverage bottle is used, only the bottle cap is pressed down, so that the puncture part punctures the film of the storage part. However, the existing separated beverage bottle has a problem that after the film of the beverage bottle is punctured, part of seasoning powder is blocked in the storage bin by the corners of the film, a user needs to shake the bottle body for many times to shake the seasoning powder uniformly, and in the shaking process, the film rebounds to cause the condition that the bottle mouth is blocked again, so that the beverage bottle needs to be sold in the market, the seasoning powder can be guaranteed to fall into the bottle body efficiently, and the seasoning powder is convenient to dissolve in the beverage bottle of water.

Disclosure of Invention

The utility model aims to solve the defects and provide the inflatable beverage bottle, and the pressure of gas is utilized to make the seasoning powder totally sprayed out after the puncture part punctures the film of the storage device, so that the seasoning falls into the beverage bottle in the bottle body, and the seasoning can enter the bottle body more fully and quickly.

The object of the utility model is achieved by: the utility model provides an inflatable beverage bottle, including the lid, storage spare and bottle, the lid sets up in storage spare top through swing joint's mode, the storage spare sets up in bottle top through swing joint's mode, the lid comprises bottle lid, puncture portion and stopper, puncture portion fixed connection is in the bottle lid below, storage spare below is equipped with the seal structure who is used for sealed condiment and gaseous, puncture portion is used for puncturing seal structure, gaseous can punching press seal structure, spout condiment downwards, the top surface of bottle lid is equipped with the through-hole, the stopper of qi is set up in the through-hole of bottle lid top surface, the stopper of qi is used for preventing inside gaseous outflow. The purpose of design like this is that gas can get into the storage spare inside through the through-hole, and when the puncture portion punctures seal structure, gas can spray into the bottle to with seal structure dash out, and can drive condiment powder together dash into the bottle, make condiment powder can fall into the bottle entirely, only need slightly rock after the user punctures seal structure, can drink.

In the above description, as a preferred scheme, the through hole on the top surface of the bottle cap is a plug hole, the plug hole is arranged at the center of the top surface of the bottle cap, the air plug is of an i-shaped structure and made of soft materials, and after the air plug is put into the plug hole, the air injection device can be inserted into and penetrate through the air plug to inject air into the cover body, so that the air enters the storage part. The I-shaped air plug is used for being fixed inside the plug hole more firmly, if a cylinder shape with the size similar to that of the plug hole is used, the air plug falls into the bottle in the transportation process if a severe collision occurs, the internal gas leaks out of the plug hole when the air plug is in time, and the situation that the air plug is pushed into the bottle when the air injection equipment is inserted into the air plug is easy to occur when the air injection equipment injects air; the purpose of the air plug made of soft materials is that after the air plug is inserted into the air plug, the air plug can leave a small hole, the small hole which is penetrated on the air plug can be reclosed by adopting the soft materials, if the air plug is made of hard materials, the left hole cannot be reclosed, so that the gas inside overflows, and the soft material of the air plug is optimally made of medical silica gel.

In the above description, as a preferable mode, the whole puncture part is a hollow pipe structure, the through hole area in the center of the puncture part is an air inlet channel, the puncture part is composed of a puncture member and a threaded end, and after the gas injection device injects gas through the gas plug, the gas can enter the storage member through the air inlet channel in the center of the puncture part. The air inlet channel is designed to enable the injected air to have a space for the air to go out, so that the air can enter the storage part more stably.

In the above description, as another preferable mode, the puncture part is a needle-like structure arranged on the inner wall of the bottle cap, and the puncture part is arranged on the side of the plug hole. After the gas injection equipment passes through the gas plug to inject gas, the gas can directly pass through the cover body and enter the storage part, and when the gas injection equipment is used, the puncture part arranged at the side edge of the plug hole can directly pass through the sealing creation of the storage part, so that the gas is sprayed into the bottle body. The purpose of setting like this is that adopting needle structure can reduce manufacturing cost to inside occupation area is little, can make storage spare and lid hold with many gases in.

In the above description, as a preferable scheme, a cylindrical connecting ring is arranged on the inner wall of the bottle cap, the connecting ring is opposite to the lower part of the plug hole, threads are arranged in the connecting ring, and the threaded end of the puncture part is movably connected with the threads of the connecting ring, so that the puncture part is fixed below the bottle cap; the screw thread is arranged at the bottom of the bottle cap, and the screw thread at the bottom of the bottle cap is screwed with the screw thread at the top of the storage part.

In the above description, as another preferable mode, the threaded end is divided into an upper connection position and a lower connection position, the upper connection position of the threaded end is screwed with the thread at the bottom of the bottle cap, and the lower connection position is screwed with the thread at the top of the storage part. When the device is installed, the puncture part rotates from the lower part of the storage part to pass through the storage part from bottom to top, the upper connecting position can entirely pass through the storage part, and the lower connecting position is in threaded connection with the storage part; the screw threads of the upper connecting position and the lower connecting position are in opposite directions, the screw of the upper connecting position rotates leftwards, the screw of the lower connecting position rotates rightwards, and in a using state, the bottle cap rotates downwards and rightwards so as to drive the puncture part to downwards together, so that the puncture part punctures the sealing structure of the storage part, and in the process, the upper connecting position in threaded connection with the bottle cap rotates leftwards, so that the bottle cap cannot be in movable relation with the upper connecting position; when drinking is needed, the bottle cap can be independently rotated leftwards, and in the process, the threads on the top of the storage part connected downwards cannot be in movable relation.

In the above description, as another preferable solution, the storage member is composed of a bin and a connecting portion, the bin is disposed at a central position of the connecting portion, the bin is of a hollow cylindrical structure and is used for storing gas and seasonings, and threads for connecting with the cover body are disposed at an upper end of the bin. The connecting part is of a hollow cylinder structure and is used for being connected with the bottle mouth of the bottle body. The feed bin upper end is open structure, and the opening of upper end is the pan feeding mouth, and the condiment is stored through the inside feed bin that gets into of pan feeding mouth, and gas also can be stored through the inside feed bin that gets into of feed bin through the pan feeding mouth after passing through the inlet channel, and the lower extreme of feed bin is open structure, and the opening of lower extreme is the weeping mouth, on the weeping mouth, seal structure is the sealing membrane of aluminium system, and the sealing membrane is used for sealed weeping mouth, and after gas and condiment got into the feed bin, can be blocked by the sealing membrane, prevents gas and feed bin through the discharge of weeping mouth. The purpose of design like this is, after the gas injection feed bin, gas can be blocked by the sealing membrane to make gas seal in the feed bin, and the sealing membrane adopts the more fragile characteristic of aluminium membrane material for the aim at of aluminium membrane, and aluminium membrane is after gas burst, and aluminium membrane struts the mouth angle great, and aluminium membrane is when the bottle rocks, is difficult for appearing rebounding to the feed opening.

In the above description, as another preferred scheme, the gas is nitrogen, the mass of the nitrogen stored in the storage part is 1 mg, after the puncture part punctures the sealing film, the nitrogen is sprayed into the bottle body, the pressure sprayed by the nitrogen is about 1 kg of atmospheric pressure, the sealing film can be directly broken, the seasoning powder can fall into the bottle body more uniformly, the nitrogen is added into the storage bin, the shelf life of food can be prolonged, and the gas can also be carbon dioxide or other gases meeting the food safety standard.

In the above description, as another preferable scheme, a pull ring is further provided between the cover body and the storage member, the pull ring is used for blocking the cover body from moving towards the storage member, when the cover body needs to be used, the pull ring can be pulled open to be removed, and then the cover body is rotated to enable the cover body to move downwards.

The beneficial effects of the utility model are as follows: after the sealing film of the inflatable beverage bottle is punctured, seasoning powder can fall into the bottle body completely under the action of nitrogen injection, a user only needs to shake the bottle body slightly to shake the seasoning powder completely uniformly when using the beverage bottle, and in the shaking process, the sealing film made of aluminum cannot rebound, so that the situation that the bottle mouth is blocked is not required to be worried.

Drawings

FIG. 1 is a schematic perspective view of embodiment 1 of the present utility model;

FIG. 2 is an exploded perspective view of embodiment 1 of the present utility model;

FIG. 3 is a schematic diagram showing the exploded structure of the bottle cap and the piercing part according to embodiment 1 of the present utility model;

fig. 4 is a schematic perspective view of a storage part according to embodiment 1 of the present utility model;

FIG. 5 is a schematic perspective view of embodiment 2 of the present utility model;

FIG. 6 is an exploded perspective view of embodiment 2 of the present utility model;

FIG. 7 is a schematic view showing the structure of a piercing section according to embodiment 2 of the present utility model; the method comprises the steps of carrying out a first treatment on the surface of the

FIG. 8 is a schematic diagram showing the exploded structure of the bottle cap and the piercing part according to embodiment 3 of the present utility model;

in the figure, 1 is a cover body, 101 is a bottle cover, 1011 is a plug hole, 1012 is a connecting ring, 102 is a puncture part, 1021 is an air inlet channel, 1022 is a puncture member, 1023 is a threaded end, 1024 is an upper connecting position, 1025 is a lower connecting position, 103 is an air lock, 2 is a storage member, 201 is a storage bin, 2011 is a leakage port, 2012 is a sealing film, 2013 is a feed port, 202 is a connecting part, 3 is a bottle body, and 4 is a pull ring.

Detailed Description

The utility model is described in further detail below with reference to the drawings and the detailed description.

Embodiment one: the utility model provides an inflatable beverage bottle, including lid 1, storage spare 2 and bottle 3, lid 1 sets up in storage spare 2 top through swing joint's mode, storage spare 2 sets up in bottle 3 top through swing joint's mode, a serial communication port, lid 1 comprises bottle lid 101, puncture portion 102 and gas lock 103, puncture portion 102 fixed connection is in bottle lid 101 below, storage spare 2 below is equipped with the sealing membrane 2012 that is used for sealed condiment and gas, puncture portion 102 is used for puncturing sealing membrane 2012, the top surface of bottle lid 101 is equipped with the through-hole, gas lock 103 sets up in the through-hole of bottle lid 101 top surface, gas lock 103 is used for preventing inside gas outflow. The purpose of this design is that gas can get into the storage piece 2 inside through the through-hole, and when puncture portion 102 pierces sealing membrane 2012, gas can spray into bottle 3 to dash sealing membrane 2012, and can drive condiment powder together dash into bottle 3, make condiment powder can all fall into bottle 3, only need slightly rock after the user pierces sealing membrane 2012, can drink.

The through hole on the top surface of the bottle cap 101 is a plug hole 1011, the plug hole 1011 is arranged in the center of the top surface of the bottle cap 101, the air plug 103 is of an I-shaped structure and made of soft materials, after the air plug 103 is put into the plug hole 1011, air injection equipment can be inserted into and penetrate through the air plug 103, and air is injected into the cover body 1, so that the air enters the storage part 2. The purpose of the H-shaped air plug 103 is that the air plug 103 can be firmly fixed inside the plug hole 1011, if a cylinder shape with the size similar to the plug hole 1011 is adopted, in the transportation process, if severe collision occurs, the air plug 103 falls into a bottle, when the air plug is in time, the internal air leaks out of the plug hole 1011, and when the air injection equipment injects air, the situation that the air plug 103 is pushed into the bottle body 3 when the air injection equipment is inserted into the air plug 103 is easy to occur; the purpose of the air plug 103 made of soft materials is that after the air injection device is inserted into the air plug 103, the air plug 103 can leave a small hole, the small hole on the air plug 103 which is penetrated can be reclosed by adopting the soft materials, if the air plug 103 is made of hard materials, the left hole cannot be reclosed, so that the gas inside overflows, and the soft material of the air plug 103 is optimally made of medical silica gel.

The whole puncture part 102 is of a hollow pipeline structure, a through hole area in the center of the puncture part 102 is an air inlet passage 1021, the puncture part 102 consists of a puncture member 1022 and a threaded end 1023, and after gas is injected into the gas injection device through the gas plug 103, the gas can enter the storage member 2 through the air inlet passage 1021 in the center of the puncture part 102. The intake passage 1021 is designed to allow the injected gas to have a space for the gas to escape, thereby allowing the gas to more stably enter the interior of the storage member 2.

A cylindrical connecting ring 1012 is arranged on the inner wall of the bottle cap 101, the connecting ring 1012 is opposite to the lower part of the plug hole 1011, threads are arranged in the connecting ring 1012, and a threaded end 1023 of the puncture part 102 is movably connected with the threads of the connecting ring 1012, so that the puncture part 102 is fixed below the bottle cap 101; the bottom of the bottle cap 101 is provided with threads, and the threads at the bottom of the bottle cap 101 are screwed with the threads at the top of the storage part 2. A pull ring 4 is further arranged between the cover body 1 and the storage part 2, the pull ring 4 is used for blocking the cover body 1 from moving towards the storage part 2, when the storage part is required to be used, the pull ring 4 can be pulled open for removal, and then the cover body 1 is rotated to enable the cover body 1 to move downwards.

The storage part 2 is composed of a storage bin 201 and a connecting part 202, wherein the storage bin 201 is arranged at the center of the connecting part 202, the storage bin 201 is of a hollow cylindrical structure and is used for storing gas and seasonings, and threads used for being connected with the cover body 1 are arranged at the upper end of the storage bin 201. The connecting portion 202 has a hollow cylindrical structure and is used for connecting with the bottle mouth of the bottle body 3. The upper end of the storage bin 201 is of an opening structure, the opening of the upper end is a feed inlet 2013, seasoning enters the storage bin 201 through the feed inlet 2013 to be stored, gas also enters the storage bin 201 through the feed inlet 2013 to be stored after passing through an air inlet passage 1021, the lower end of the storage bin 201 is of an opening structure, the opening of the lower end is a leakage inlet 2011, a sealing film 2012 on the leakage inlet 2011 is made of aluminum, the sealing film 2012 is used for sealing the leakage inlet 2011, and after the gas and the seasoning enter the storage bin 201, the sealing film 2012 blocks the gas and the storage bin 201 and is prevented from being discharged through the leakage inlet 2011. The purpose of this design is that after the gas is injected into the bin 201, the gas will be blocked by the sealing film 2012, so that the gas is sealed in the bin 201, the sealing film 2012 adopts the characteristic that the aluminum film material is relatively brittle, the opening angle of the aluminum film is relatively large after the aluminum film is broken by the gas, and the aluminum film is not easy to rebound to the material leakage 2011 when the bottle body 3 shakes.

Embodiment two: the difference between the second embodiment and the first embodiment is that the threaded end 1023 of the piercing portion 102 is divided into an upper connecting position 1024 and a lower connecting position 1025, the upper connecting position 1024 of the threaded end 1023 is screwed with the threads on the bottom of the bottle cap 101, and the lower connecting position 1025 is screwed with the threads on the top of the storage member 2. During installation, the puncture part 102 rotates from below the storage part 2 from bottom to top to penetrate through the storage part 2, the upper connecting position 1024 penetrates through the storage part 2 entirely, and the lower connecting position 1025 is in threaded connection with the storage part 2; the threads of the upper connection bit 1024 and the lower connection bit 1025 are in opposite directions, the screw of the upper connection bit 1024 rotates leftwards, and the screw of the lower connection bit 1025 rotates rightwards.

In the use state, the bottle cap 101 rotates downwards and rightwards so as to drive the puncture part 102 to downwards together, so that the puncture part 102 punctures the sealing film 2012 of the storage piece 2, and in the process, the upper connecting position 1024 in threaded connection with the bottle cap 101 rotates leftwards, so that the bottle cap 101 cannot be in movable relation with the upper connecting position 1024; when drinking is needed, the bottle cap 101 can be independently rotated leftwards, and in the process, the threads of the lower connecting part 1025 positioned at the top of the storage part 2 cannot be in movable relation.

Embodiment III: the difference between the third embodiment and the first and second embodiments is that the piercing portion 102 is a needle-like structure disposed on the inner wall of the bottle cap 101, and the piercing portion 102 is disposed on the side of the plug hole 1011. After the gas is injected into the storage part 2 through the gas plug 103 by the gas injection device, the gas directly passes through the cover body 1, and when the gas injection device is in use, the puncture part 102 arranged at the side edge of the plug hole 1011 directly passes through the seal creation of the storage part 2, so that the gas is sprayed into the bottle body 3. The aim of this arrangement is to reduce the production costs by using a needle-like structure and to reduce the internal space occupied by the material storage element 2 and the cover 1, which can contain a lot of gas.

The gas used in the first to third embodiments is nitrogen, the mass of the nitrogen stored in the storage part 2 is 1 mg, when the puncture part 102 punctures the sealing film 2012, the nitrogen is sprayed into the bottle body 3, the force sprayed by the nitrogen is 1 kg of atmospheric pressure, the sealing film 2012 can be directly burst, the seasoning powder can fall into the bottle body 3 more uniformly, the nitrogen is added into the storage bin 201, the quality guarantee period of food can be prolonged, and the gas can also be carbon dioxide or other gases meeting the food safety standards.

The foregoing is a further detailed description of the utility model in connection with specific preferred embodiments, and is not intended to limit the practice of the utility model to such description. It will be apparent to those skilled in the art that several simple deductions or substitutions can be made without departing from the spirit of the utility model, and the scope of the utility model is to be considered as the scope of the utility model.

Claims

1. The utility model provides an inflatable beverage bottle, including lid (1), storage spare (2) and bottle (3), lid (1) set up in storage spare (2) top through swing joint's mode, storage spare (2) set up in bottle (3) top through swing joint's mode, a serial communication port, lid (1) are by bottle lid (101), puncture portion (102) and stopper (103) are constituteed, puncture portion (102) fixed connection is in bottle lid (101) below, storage spare (2) below is equipped with the seal structure that is used for sealed condiment and gaseous, puncture portion (102) are used for puncturing seal structure, gaseous ability punching press seal structure, spout condiment downwards, the top surface of bottle lid (101) is equipped with the through-hole, stopper (103) set up in the through-hole of bottle lid (101) top surface, stopper (103) are used for preventing inside gaseous outflow.

2. An inflatable beverage bottle according to claim 1, wherein: the through hole on the top surface of the bottle cap (101) is a plug hole (1011), the plug hole (1011) is arranged in the center of the top surface of the bottle cap (101), the air plug (103) is made of soft materials, after the air plug (103) is put into the plug hole (1011), air injection equipment can be inserted into and penetrate through the air plug (103), air is injected into the cover body (1), and the air enters the storage part (2).

3. An inflatable beverage bottle according to claim 2, wherein: the whole puncture part (102) is of a hollow pipeline structure, a through hole area in the center of the puncture part (102) is an air inlet channel (1021), and the puncture part (102) consists of a puncture member (1022) and a threaded end (1023).

4. An inflatable beverage bottle according to claim 3, wherein: a cylindrical connecting ring (1012) is arranged on the inner wall of the bottle cap (101), the connecting ring (1012) is opposite to the lower part of the plug hole (1011), threads are arranged in the connecting ring (1012), and a threaded end (1023) of the puncture part (102) is matched with the threads of the connecting ring (1012) so that the puncture part (102) is fixedly connected with the bottle cap (101); the bottom of the bottle cap (101) is provided with threads, and the threads at the bottom of the bottle cap (101) are screwed with the threads at the top of the storage part (2).

5. An inflatable beverage bottle according to claim 3, wherein: the screw thread end (1023) is divided into an upper connecting position (1024) and a lower connecting position (1025), the upper connecting position (1024) of the screw thread end (1023) is screwed with the screw thread at the bottom of the bottle cap (101), the lower connecting position (1025) is screwed with the screw thread at the top of the storage part (2), and the screw threads of the upper connecting position (1024) and the lower connecting position (1025) are of a reverse structure.

6. An inflatable beverage bottle according to claim 2, wherein: the puncture part (102) is of a needle-shaped structure arranged on the inner wall of the bottle cap (101), and the puncture part (102) is arranged on the side edge of the plug hole (1011).

7. An inflatable beverage bottle according to claim 4 or 5 or 6, wherein: the storage part (2) is composed of a storage bin (201) and a connecting part (202), the storage bin (201) is arranged at the center of the connecting part (202), the storage bin (201) is of a hollow cylindrical structure and is used for storing gas and seasonings, threads used for being connected with the cover body (1) are arranged at the upper end of the storage bin (201), and the connecting part (202) is of a hollow cylindrical structure and is used for being connected with a bottle mouth of the bottle body (3).

8. An inflatable beverage bottle according to claim 7, wherein: the upper end of the bin (201) is of an opening structure, the opening of the upper end is a feed inlet (2013), seasoning enters the bin (201) through the feed inlet (2013) to be stored, gas enters the bin (201) through the feed inlet (2013) to be stored after passing through an air inlet channel (1021), the lower end of the bin (201) is of an opening structure, the opening of the lower end is a feed leakage (2011), the sealing structure is an aluminum sealing film (2012) on the feed leakage (2011), the sealing film (2012) is used for sealing the feed leakage (2011), and after the gas and the seasoning enter the bin (201), the sealing film is used for blocking the gas and the bin (201) to be discharged through the feed leakage (2011).

9. An inflatable beverage bottle according to claim 8, wherein: the air plug (103) is of an I-shaped structure, gas is nitrogen, the mass of the nitrogen stored in the storage part (2) is 1 mg, after the puncture part (102) punctures the sealing film (2012), the nitrogen is sprayed into the bottle body (3), and the sealing film (2012) can be directly burst, so that the seasoning powder can fall into the bottle body (3) more uniformly.

10. An inflatable beverage bottle according to claim 9, wherein: still be equipped with pull ring (4) between lid (1) and storage spare (2), pull ring (4) are used for blockking lid (1) to storage spare (2) displacement, when needs use, can pull open pull ring (4) and get rid of, and rotatory lid (1) make lid (1) downwardly moving afterwards.